Lesson Plan

Name of the Faculty : AMITENDER SINGH

Discipline : MLT

Semester : 4th

Subject : MEDICAL LABORATORY MANAGEMENT

Lesson Plan Duration : Jan-2020 To April-2020

Work Load (Lecture/Practical) per week (in hours): 4 X 1 hr = 4 hours

Week TheoryLecture

DayTopic(including assignment / test)

1st

1 Introduction about Medical Laboratory Management2 Role of medical laboratory technology in total health care3 Principles of management4 Techniques of planning

2nd

5 Physical facilities / equipments6 Layout and design7 Assignment - I8 Unit Test - 1

3rd

9 Laboratory organization10 Operation, Job description, Evaluation and Performance11 Layout of clinical laboratories12 Lay out of Blood Bank

4th

13 Assignment - II14 Unit Test - 215 Material management16 Procurement, Financial resources, Importing and Inventory

5th

17 Control and analysis18 Inspection, Storage19 Assignment - III20 Unit Test - 3

6th

21 Quality Assurance - Analytical control22 Internal Quality Assurance in clinical laboratories

23 External Quality Assurance in clinical laboratories

24 Precision, Accuracy, Standard Deviation as per national standards

7th

25 Assignment - IV

26 Unit Test - 4

27 Safety Precautions - Safety measures in microbiology, haematology laboratories

28 Safety measures in biochemistry, histopathology and cytology, transfusion medicine

8th

29 Disposal of Biomedical waste

30 Assignment - V

31 Unit Test - 5

32 Introduction about First Aid in Clinical Laboratory

9th 33 Acid burn/Alkali burn

34 Accidental trauma

35 Gas/Toxic inhalation

36 Spillage

10th

37 Assignment - VI

38 Unit Test - 6

39 Medical Ethics and code of conduct - legal aspects

40 Confidentiality malpractice/negligence

11th

41 Legal implications

42 Law suits

43 Consumer protection and insurance forprofessional health hazards

44 Assignment - VII

12th

45 Unit Test - 7

46 Introduction about laboratory equipment - Care and Maintenance

47 Preventive maintenance and care of laboratory equipment

48 Preventive maintenance and care of some more laboratory equipment

13th

49 Assignment - VIII

50 Unit Test - 8

51 Introduction about role of Computer in Lab services

52 Storage and retrieval of laboratory data manually and with help of computers

14th

53 Assignment - IX

54 Unit Test - 9

55 Introduction about laboratory accreditation

56 Detailed discussion about laboratory accreditation

15th

57 Assignment - X

58 Unit Test - 10

59 Problem’s Discussion Session - Revision

60 Revision and discussion on previous year question papers of MLM

WORK THEORY PracticalTopic (Including assignment/test}

1 Introduction to microscope L1

2 Introduction and principle of light microscope

3 Various parts of microscope

4 Uses and various attachment of microscope

5 Cleaning and maintenance of microscope L2

6 Principle and working of polarizing microscopy

7 Principleandworkingofdark fieldmicroscopy

8 Working principle of phase contrast microscopy

9 Principleandworkingofflouroscencmicroscopy L3

10 Principleandworkingofelectron microscopy

11 Assignment

12 Test

13 Introduction about special stains L4

14 Principle and significance of PAS

15Principle and significance of silver impregnation stain

16 Principle and significance of Z-N stain for AFB

17Principle and significance of Massion trichrome stain L5

18 Principle and significance of oil red stain for fat

19

20 Significance of different types of special stain

21 Assignment L6

22 Test

23 Introduction of decalcification

24 Process of decalcification

25Various types of decalcifying methods( Acid decalcification) L7

26 Decalcification by chelating therapy

27 Decalcification by ion exchange method

28 Decalcification by electrophoretic method

29 Decalcification by surface decalcification method L8

30Advantages and disadvantage of decalcifction method

31 Assignment

32 Test

33 Introduction about frozen section L9

34 Reception and processing of frozen section

35 Introduction and working of freezing microtome

36Advantages and disadvantage of freezing microtome

37 Care and maintenance of freezing microtome L10

38 Introductionandworkingofcryostat

39 Advantagesanddisadvantageofcryostat

40 Care and maintenance of cryostat

Lecture Day

Practical Day

1st

2nd

3rd

4th

5th

Principles & clinical significance of gram stain for gram+ and gram- bacteria

6th

7th

8th

9th

10th

41 Frozen section cutting and staining by H&E stain L11

42 Assignment/test

43 Introduction and impotance of museums

44 Reception and fixation of museums specimens

45 Assignment/Test L 12

46 Introduction about autopsy

47 Introduction about autopsy techniques

48 Care and maintenance of autopsy instruments

49L13

50 Difference between normal and maligy cell

51 Assignment/Test

52 Introduction about harmonal assessment

53L14

54 Introduction about aspiration cytology

55 Principle and indication of FNAC

56 Staining techniques (PAP,MGG,H&E)

57 Principle and interpretation of PAS and Z-N stain L15

58 Advancement in cytology

59 Automation in cytology and use of cytospin

60 Assignment/ test

11th

12th

13th Introduction about malignant cell/characterstics of malignant cells

14th Importance of HCG and uses of Harmonal assessment in pregnancy

15th

PracticalTopic

Demonstration of cryostat

Demonstration o fmalignant cell

Demonstration of various parts of microscope

Processing of tissue for frozen section

Staining and mounting of frozen section using H&E stain

Staining and mounting of frozen section using oil red-o-stain

Preparation of aquous mounting media

Preparation of resinou smounting media

Demonstration of autopsy instruments

Care and maintenance of autopsy instruments

Preparation of dry smear

Preparation of wet smear

Performing PAP stain

Fixation of smear and staining with MGG stain

Fixation and staining of smear with PAS stain

Lesson Plan

Name of the Faculty : Rachna Yadav

Discipline : MLT

Semester : 4th

Subject : Environmental Engg.

Lesson Plan Duration : 15 Weeks ( from Jan-2018 to April-2018)

Work Load (Lecture/Practical) per week (n hours): Lecture= 03

Week Theory Practical

Lecture Day

Topic(including assignment / test)

Practical Day

Topic

1st

1st

Introduction to Environmental Engg. its role and various concepts.

2nd Scope and Importance of Environmental Education

3rd Assignment and test

2nd

4th Introduction to ecology, biodiversity, eco system

5th Ecology its types

6th Eco system its classification

3rd

7th Concept of Sustainable development, its role and scope

8th Assignment and test

9th Introduction to pollution and sources and types

4th

10th Air Pollution its sources, effects and control measures

11th Water Pollution its sources, effectsand control measures

12th Water Pollution its effects and control measures

5th

13th Nose Pollution its effects and control measures

14th Control measures of Nose Pollution introduction to radioactive pollution and sources

15th radioactive pollution its effects and control measures

6th

16th Nuclear Pollution its sources effects and control measures

17th Unit of measurement of various kinds of pollutions

18th Assignment

7th

19th Test

20th Introduction to solid waste, sources

21th Types of solid waste

8th

22th Municipal, Industrial and Hazardous waste; methods of waste disposal

23th Effects of urban and industrial

solid waste24th Method to control solid waste

9th

25th Assignment

26th Test

27th Introduction to Mining, definition, causes, Impact

10th

28th Control measures of impact of mining, ballasting and effects and control measures

29th Deforestation, its causes, effects

30th Strategies to control Deforestation

11th

31th Assignment and Test

32th Introduction to Environmental legislation, water prevention act. 1974

33th Air prevention and control of pollution act. 1981

12th

34th Environmental protection act. 1986

35th Roll and function of pollution control board

36th Environmental impact assessment

13th

37th Assignment and Test

38th Introduction to Non-conventional Energy Resources,various type and uses

39th Solar Energy, Wind Energy

14th

40th Bio Energy, Hydro Energy

41th Assignment and Test

42th Introduction to Global Warming, Green House Effect, Depletion of Ozone Layer, Recycling of Material

15th

43th Introduction to Environmental Ethics, Rain Water Harvesting, Maintenance of Groundwater, Acid Rain, Carbon Credits

44th Assignment and Test

45th Solving of previous question papers

Lesson Plan

Name of the Faculty : Rachna Yadav

Discipline : MLT

Semester : 4th

Subject : ES-II

Lesson Plan Duration : 15 Weeks (from Jan-2018 to April-2018)

Work Load (Lecture/Practical) per week (n hours): Practical=02

Week Theory Practical

Lecture Day

Topic(including assignment / test)

Practical Day

Topic

1st

1st

1st

Definition of Mock interview, its pre-requisites, procedure to conduct Mock

interview2nd

3rd

2nd

4th

2nd Advantages of Mock interview, meetingits Definition and types for meeting

5th

6th

3rd

7th

3rd

Introduction to Group discussion, itsmeaning, characteristics of Groupdiscussion, its main ingredients

8th

9th

4th

10th

4th Importance of Group discussion,structure of Group discussion

11th

12th

5th

13th

5th

Strategies of Group discussion, nonverbal clues and evaluation of Group

discussion

14th

15th

6th

16th

6th Group discussion samples17th

18th

7th

19th

7th Definition of Seminar presentation, itsfeatures and tips for Seminar

20th

21th

8th

22th

8th Layout and guidelines on Seminarpresentation

23th

24th

9th

25th

9th Do’s and don’ts of a Seminarpresentation

26th

27th

10th 28th

10th

Elements of good presentation, tools ofpresentation

29th

30th

11th

31th

11th Importance of presentation skills32th

33th

12th

34th

12th Structure of presentation35th

36th

13th

37th

13th Tools of presentation38th

39th

14th

40th

14th Tips for effective presentation,Paralanguage in presentation skills

41th

42th

15th

43th

15th Paper reading, Power point presentation,features of PPT, advantages, samples

44th

45th

Lesson planName of the Faculty : Sangita SainiDiscipline : DMLTSemester : 4thSubject : Microbiology-IVLession Plan Duration : 15 weeks (from January-2020 to April-2020)Work load (Lecture / practical ) per week ( n hours) = Lecture= 03, Practical=06

Week

Theory Practical

Topics (inculding assignment/test)

11 Introduction to microbiology and mycology

12 Different types of fungi 3 Characteristics and classification of fungi

24 Medically imp. Fungi

25 Introduction to culture media6 SDA with or without antibiotics

37 CMA and BHI

38 collection 2 prepration of fungal infection 9 KOH , LCB and india ink prepration

410 introduction to fungal cultivation

411 medically imp. Fungi 12 introduction to laboratary contaminants

513 introduction to immunology

514 test 1st and 2nd unit 15 antigen defination

616 types of antigens

617 properties of antigens 18 test 3rd unit

719 assignment of 3rd unit

720 viva 1,2,3 unit21 Defination of antibody

822 Type of antibody

823 different Properties of antibody24 Revision of 4th Unit

925 Introduction of Antigen Antibody reaction

926 Principle and application of agglutination 27 Precipitation

1028 Flocculation

1029 Introduction to Serological test widal30 Widal tube and Slide method of estimation

1131 ASO test Introduction and Procedure of estimation

11

Lecture day

Practical Day

1132 Revision 5th unit

11

33 Test 5th unit

1234 CRP Introduction & Procedure

1235 VDRL Introduction Procedure 36 RF estimation Procedure

1337 Assignment on CRP, VDRL, RF

1338 Test , CRP, VDRL, RF39 Introduction of ELISA Direct and Indirect

1440 Principle and estimation of ELISA

1441 Application ELISA42 Revision ELISA

1543 Viva ELISA

1544 Assignment 9th unit45 Test 9th unit

Topic

prepration CMA

demonstration of BHI and SDA

perform wet mount technique KOH

perform wet mount technique LCB

processing of infected skin, hair and nail

Perform widal test by slide method

perform widal test by tube method

Perform ASO by kit

Perform CRP

DEmonstration of Common lab fungal contaminants

perform sample collection of infected skin, hair, nails

Perform CRP

Perform RF test

VDRL test

HIV screening

HBs Ag screening

WeekTheroy

lecture day

Lesson Planname of the faculty : Snehlata

divlelaine : MLTSemester: IV

subject : clinical microbiologyLesson plan duration : 15 Weeks

Work load (lecuture Practical)par Week in hours 3+6

practicaltopcis (inculding assigument/test) practial day

Lesson Planname of the faculty : Snehlata

divlelaine : MLTSemester: IV

subject : clinical microbiologyLesson plan duration : 15 Weeks

Work load (lecuture Practical)par Week in hours 3+6

topic

subject : clinical microbiology

Lesson Plan

Name of the Faculty : SNEHLATA

Discipline : MLT

Semester : 4th

Subject : BIOCHEMISTRY-IV

Lesson Plan Duration : Jan-2020 to April-2020

Work Load (Lecture/Practical) per week (in hours): 3 (T) + 3 (P)

Week Theory Practical

Lecture Day

Topic(including assignment / test)

Practical Day

Topic

1st

1 Introduction about Urine Analysis

1 Analysis of urine for sugar2

Normal composition of urine and clinical importance of urine analysis

3Qualitative analysis of proteins and sugar in urine

2nd4

Bile salts, bile pigments, urobilinogen and blood detection in urine

2Analysis of urine for proteins5 Glycosuria and albuminuria

6 Ketone bodies detection in urine

3rd

7 Urinary electrolytes estimation3

Detection of ketone bodiesin urine

8 Assignment – 19 Unit Test – 1

4th

10 Introduction about stool chemistry4 Practical Test - 111 Physical characteristics of stool

12 Chemical composition of stool

5th

13Significance of presence of blood and excess fat in stool

5 Detection of haematuria14 Occult blood detection15 Assignment - 2

6th

16 Unit Test - 2

6Detection of bile pigments in urine

17Introduction about CSF, composition of CSF and its functions

18Methods of determination of proteins and sugar in CSF

7th

19 Method of determination of chloride in CSF

7Demonstration of occult blood test for stool specimen

20 Reference Values and Clinical importance

21 Assignment – 3

8th

22 Unit Test - 3

8 Practical Test - 223

Formation, composition and significance of peritoneal fluid

24Formation, composition and significance of pleural fluid

9th

25Formation, composition and significance of synovial fluid

9Demonstration of estimation of glucose in CSF

26Formation, composition and significance of ascitic fluid

27 Assignment – 4

10th

28 Unit Test - 4

10Demonstration of estimation of total proteinsin CSF

29Introduction, Theory and Clinical importanceof Electrophoresis

30Principle and procedure of paper electrophoresis

11th

31Principle and procedure of gel electrophoresis

11Demonstration of estimation of chloride in CSF

32 Introduction and theory of Chromatography

33Separation between stationary and mobilephases

12th

34Principle and procedure of Paper chromatography

12 Practical Test - 335 Importance of chromatography

36 Assignment – 5 & 6

13th

37 Unit Test – 5 & 6

13Demonstration of electrophoresis (Paper electrophoresis)

38Introduction about automation in Biochemistry

39 Classification and types of auto analyzers

14th

40 Introduction about thyroid function tests14

Demonstration of chromatography ( Paper chromatography)

41 Clinical importance of T3, T4 and TSH42 Assignment – 7 & 8

15th43 Unit Test – 7 & 8

15Review and discussion on all practical’s

44 Introduction to Tumor markers45 Commonly used Tumor Markers

Lesson Plan

Name of the Faculty : AMITENDER SINGH

Discipline : MLT

Semester : 4th

Subject : MEDICAL LABORATORY MANAGEMENT

Lesson Plan Duration : Jan-2018 TO April-2018

Work Load (Lecture/Practical) per week (in hours): 4 X 55 min = 3.67 hours

Week TheoryLecture

DayTopic(including assignment / test)

1st

1 Introduction about Medical Laboratory Management2 Role of medical laboratory technology in total health care3 Principles of management4 Techniques of planning

2nd

5 Physical facilities / equipments6 Layout and design7 Assignment - I8 Unit Test - 1

3rd

9 Laboratory organization10 Operation, Job description, Evaluation and Performance11 Layout of clinical laboratories12 Lay out of Blood Bank

4th

13 Assignment - II14 Unit Test - 215 Material management16 Procurement, Financial resources, Importing and Inventory

5th

17 Control and analysis18 Inspection, Storage19 Assignment - III20 Unit Test - 3

6th

21 Quality Assurance - Analytical control22 Internal Quality Assurance in clinical laboratories

23 External Quality Assurance in clinical laboratories

24 Precision, Accuracy, Standard Deviation as per national standards

7th

25 Assignment - IV

26 Unit Test - 4

27 Safety Precautions - Safety measures in microbiology, haematology laboratories

28 Safety measures in biochemistry, histopathology and cytology, transfusion medicine

8th

29 Disposal of Biomedical waste

30 Assignment - V

31 Unit Test - 5

32 Introduction about First Aid in Clinical Laboratory

9th

33 Acid burn/Alkali burn

34 Accidental trauma

35 Gas/Toxic inhalation

36 Spillage

10th

37 Assignment - VI

38 Unit Test - 6

39 Medical Ethics and code of conduct - legal aspects

40 Confidentiality malpractice/negligence

11th

41 Legal implications

42 Law suits

43 Consumer protection and insurance forprofessional health hazards

44 Assignment - VII

12th

45 Unit Test - 7

46 Introduction about laboratory equipment - Care and Maintenance

47 Preventive maintenance and care of laboratory equipment

48 Preventive maintenance and care of some more laboratory equipment

13th

49 Assignment - VIII

50 Unit Test - 8

51 Introduction about role of Computer in Lab services

52 Storage and retrieval of laboratory data manually and with help of computers

14th

53 Assignment - IX

54 Unit Test - 9

55 Introduction about laboratory accreditation

56 Detailed discussion about laboratory accreditation

15th

57 Assignment - X

58 Unit Test - 10

59 Problem’s Discussion Session - Revision

60 Revision and discussion on previous year question papers of MLM

Lesson plan

Name of the Faculty : Teena Rani

Discipline : DMLT

Semester : 4th

Subject : Haematology IV

Lession Plan Duration: 15 weeks (from January, 2018 to April, 2018)

Work load ( Lecture / practical ) per week ( n hours) = Lecture=3, Practical=6

WORK THEORY Practical

Lecture Day Topic (Including assignment/test} Practical Day

Topic

1st 1 Introduction to haemostatis & process of haemostatis

L1 Determination of bleeding time by Luy’s method

2 Introduction to blood coagulation3 Theories of blood coagulation

2nd 4 Platelets & role of platelets in haemostatis L2 Determination of bleeding time by Dukes method5 Bleeding disorders

6 Bleeding disorders & related diseases

3rd 7 Principles & clinical importance of prothrombin time

L3 Determination of clotting time by Lee method

8 Reference values & methods of prothrombintime

9 Principles & clinical importance of prothrombin time index

4th 10 Quantative method of prothrombin time index

L4 Determination of clotting time by white method

11 Principles & clinical importance of international normalized ratio

12 Reference values & methods of internationalnormalized ratio

5th 13 Principles & clinical importance of APTT L5 Determination of Prothrombin time

14 Reference values & methods of APTT

15 Principles & clinical importance of Thrombin time

6th 16 Reference values & methods of Thrombin time

L6 Determination of Prothrombin time Index

17 Principles & clinical importance of bleedingtime

18 Reference values & methods of bleeding time

7th 19 Principles & clinical importance, Reference values & methods of Hess test

L7 Determination of international normalized ratio

20 Principles & clinical importance of clotting time

21 Reference values & methods of clotting time

8th 22 Principles & clinical importance, Reference values & methods of Bleeding time

L8 Determination of APTT

23 Assignment of unit 1st

24 Test

9th 25 Introduction to Bone marrow & compositionof Bone marrow

L9 Demonstration of Hess test

26 Function of Bone marrow

27 Aspiration of Bone marrow

10th 28 Preparation of bone marrow smear by different methods

L10 Performance of clot retraction test

29 Staining & examination of bone marrow smear

30 M&E ratio

11th 31 Iron Staining procedure L11 Demonstration of LE cell

32 Clinical significance of bone marrow examination

33 Assignment

12th 34 Test unit 2nd L12 Counting of RBC

35 Introduction & definition of Leukemia

36 Introduction to FAB classification of Leukemia

13th 37 Acute myeloblastic Leukemia L13 Counting of WBC & platelets

38 Acute myeloblastic Leukemia & acute promyelocytic Leukemia

39 Acute myelomonocytic leukemia

14th 40 Lab diagnosis of Leukemia L14 Cell count of semen

41 Phenomenon, demonstration, clinical significance og LE cell

42 Introduction to Semen & composition of semen

15th 43 Morphology of sperms & analysis of different types of abnormality in semen

L15 Morphology of sperms

44 Cell count of pericardial fluid,peritoneal fluid & pleural fluid

45 Cell count of synovial fluid, CSF & serous fluid